Browsing by Author "Bogusławska-Baczek Monika"
Now showing 1 - 6 of 6
Results Per Page
Sort Options
- ItemANALYSIS OF WATER VAPOUR TRANSFER IN SKIN MODEL TEXTILE TESTERS(Technical University of Liberec, 2016) Hes Luboš; Bogusławska-Baczek Monika
- ItemThe contribution of individual fabrics on sensorial and thermal comfort of man´s casual jacket made of sandwiched textile layers(Lodz University of Technology, 2015) Hes Luboš; Bal Kausik; Bogusławska-Baczek Monika
- ItemThe effect of ribs on cooling ability of wetted shirt knits at low air velocity(Slovak University of Technology in Bratislava, 2019) Hes Luboš; Bogusławska-Baczek Monika
- ItemThe effect of ribs on cooling ability of wetted shirt knits at low air velocity(2019) Hes Luboš; Bogusławska-Baczek Monika
- ItemTHERMAL COMFORT OF NEW GENERATION FLEECE FABRICS IN DRY AND WET STATE(University of Ljubljana, 2016) Bogusławska-Baczek Monika; Hes Luboš
- ItemThermophysiological properties of dry and wet functional sportswear made of synthetic fibres(University of Ljubljana, 2017) Hes Luboš; Bogusławska-Baczek MonikaIn recent times, knitted fabrics made from synthetic fi bres are being used increasingly for sportswear. This type of clothing should ensure thermal comfort in all weather conditions, regardless of the activity of the wearer. The most important thermal properties include thermal conductivity and resistance, as well as water vapour permeability. Sportswear often becomes wet (from sweat or due to a humid environment), which can have a signifi cant eff ect on thermal properties, while most testing methods only perform measurements in a dry state. This paper therefore presents our study of the thermal properties of diff erent types of knitted fabrics in both dry and wet states. The presented research proved that wet knitwear results in a signifi cant loss of thermal comfort. This phenomenon is exacerbated when the moisture content of a material increases, and depends on the structure and fi lling of tested materials.